MUOS通信基础设施演示网络和基于加密的应用

J. Capulli, J. Pio, B. Burson, J. Dingess, D. Enriquez, D. Long
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摘要

美国海军的移动用户目标系统(MUOS)项目是美国国防部的下一代超高频卫星通信系统。通用动力公司和爱立信公司(作为洛克希德·马丁公司(LM)团队的一部分)已经为该计划的组件高级开发(CAD)阶段安装了3G(第三代)蜂窝“试验系统”,该系统被用作演示MUOS通信服务的测试平台。为了支持MUOS通信演示,构建了一个全球电信网络,将美国大陆的几个系统节点以及全球DSN(国防交换网络)、PSTN和两个卫星系统互连起来。该系统的核心位于亚利桑那州的斯科茨代尔,由两个拖车组成,其中包含“试验系统”的核心网(CN)和无线接入网(RAN)。三个无线基站(RJBS)连接到RAN中的无线网络控制器(RNC),允许用户通过蜂窝系统与其他无线用户、DSN电话、PSTN电话、海军传统通信系统、公共互联网以及公共和专用服务器进行无线和安全通信。洛克希德-马丁公司/通用动力公司团队赢得了这场竞赛,最近完成了综合基线审查。该团队目前正致力于实施MUOS计划。
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MUOS communications infrastructure demonstration network and encryption-based applications
The Navy's Mobile User Objective System (MUOS) program is the next-generation UHF satellite communications system for the US Department of Defense. General Dynamics and Ericsson Inc. (as part of the Lockheed Martin (LM) team) has-for the Component Advanced Development (CAD) phase of the program-installed a 3G (third generation) cellular "trial system", that was used as a testbed for demonstrations of MUOS communications services. To support the MUOS communication demonstrations, a global telecommunications network was constructed interconnecting several system nodes in the continental United States, as well as the global DSN (defense switched network), PSTN and two satellite systems. The heart of the system resides in Scottsdale, Arizona, and consists of two trailers that contain the core network (CN) and radio access network (RAN) of the "trial system". Three radio base stations (RJBS) were connected to the radio network controller (RNC) in the RAN to allow users to communicate wirelessly and securely through the cellular system to other wireless users, DSN phones, PSTN phones, Navy legacy communication systems, public internet, plus public and private servers. The Lockheed-Martin/General Dynamics Team won this competition, and has recently completed the integrated baseline review. The team is now working on implementing the MUOS Program.
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